Using Pyrolysis-GCxGC-MS for Improved Polymer Analysis of Diverse Polyethylene (PE) Materials

Gwyneth Astles

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Using Pyrolysis-GCxGC-MS for Improved Polymer Analysis of Diverse Polyethylene (PE) Materials

机译：使用热解 - GCXGC-MS进行改进的多种聚乙烯（PE）材料的聚合物分析

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JSB has released a new application note, 'Improved Polymer Analysis by Using PyrolysisGCxGC-MS: Diverse Polyethylene (PE) Materials', describing how to overcome the challenge of too complex pyrolysis profiles when using GC-MS. Pyrolysis coupled to comprehensive two-dimensional gas chromatography-mass spectrometry (py-GCxGC-MS) is a very powerful technique for the characterisation of complex matrices. In the application note the Pyrolysis-GCxGC-MS method was applied to two polyethylene standards with low (LD-PE) and high (HD-PE) density as well as real-life PE packaging materials.

机译：JSB发布了新的应用说明，通过使用PyrolysisGCXGC-MS进行了改进的聚合物分析：不同的聚乙烯（PE）材料'，描述了如何在使用GC-MS时克服过于复杂的热解型材的挑战。热解耦合到综合的二维气相色谱 - 质谱（Py-GCXGC-MS）是用于复杂基质的表征的非常强大的技术。在应用中，将热解 - GCXGC-MS方法应用于具有低（LD-PE）和高（HD-PE）密度以及现实寿命PE包装材料的两种聚乙烯标准物。

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《International labmate》 |2018年第6期|共1页
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Gwyneth Astles;
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1. Using Pyrolysis-GCxGC-MS for Improved Polymer Analysis of Diverse Polyethylene (PE) Materials [J] . Gwyneth Astles International labmate . 2018,第6期

机译：使用热解 - GCXGC-MS进行改进的多种聚乙烯（PE）材料的聚合物分析
2. In Vivo Analysis of Polyethylene Wear Particles After Total Knee Arthroplasty: The Influence of Improved Materials and Designs [J] . The Journal of Bone and Joint Surgery. American Volume . 2009,第Suppla6期

机译：总膝关节置换术后聚乙烯磨损颗粒的体内分析：改进材料和设计的影响
3. Impedance Analysis of Heat Treated Polyethylene Oxide Polymeric Material for a Neural Storage Application | Science Publications [J] . Mahmoud Z. Iskandarani American journal of applied sciences . 2009,第7期

机译：用于神经存储的热处理聚环氧乙烷聚合物材料的阻抗分析科学出版物
4. Polymer blend and nucleating agent: on structural evolution and space charge on polyethylene (PE) blends and Dibenzylidene Sorbitol [C] . G. Gherbaz, A. S. Vaughan IEEE International Conference on Solid Dielectrics . 2007

机译：聚合物共混物和成核剂：聚乙烯（PE）共混物和二苄基山梨糖醇的结构演化和空间电荷
5. CHARACTERIZATION OF POLYMERIC MATERIALS BY SOLID STATE CARBON-13 NUCLEAR MAGNETIC RESONANCE SPECTROSCOPY (NMR, POLYETHYLENE, POLYOXYMETHYLENE, POLYURETHANE, UREA-FORMALDEHYDE, EPOXY RESINS). [D] . CHOLLI, ASHOK L. 1983

机译：固态碳13核磁共振波谱（NMR，聚乙烯，聚氧乙烯，聚氨酯，尿素-甲醛，环氧树脂）表征高分子材料。
6. Green Highly Clay-Filled Polyethylene Composites as Coating Materials for Cable Industry—A New Application Route of Non-Organophilised Natural Montmorillonites in Polymeric Materials [O] . Stanisław Wysocki, Krzysztof Kowalczyk, Sandra Paszkiewicz, 2020

机译：绿色高粘土填充聚乙烯复合材料作为电缆行业的涂料—非有机化天然蒙脱土在聚合物材料中的新应用途径
7. An improved model to estimate trapping parameters in polymeric materials and its application on normal and aged low-density polyethylenes [O] . Liu, Ning, He, Miao, Alghamdi, Hisham, 2015

机译：一种改进的模型，用于估算聚合物材料中的捕集参数及其在正常和老化低密度聚乙烯中的应用
8. Size of the Alkyl Group R is the Principal Factor Determining the Wettability of Surface-Functionalized Polyethylenes (PE-CONHR and PE-CO2R) by Water. [R] . Wilson, M. D., Ferguson, G. S., Whitesides, G. M. 1989

机译：烷基R的大小是决定水的表面官能化聚乙烯（pE-CONHR和pE-CO2R）的润湿性的主要因素。

Using Pyrolysis-GCxGC-MS for Improved Polymer Analysis of Diverse Polyethylene (PE) Materials

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